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Commit 78fccac8 authored by BIOPZ-Katsantoni Maria's avatar BIOPZ-Katsantoni Maria
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Merge branch 'master' of... 

Merge branch 'master' of ssh://git.scicore.unibas.ch:2222/zavolan_group/pipelines/rhea into polya_trimming_correction
parents ac26fff7 27f4fa5b
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1 merge request!50Polya trimming correction
This commit is part of merge request !50. Comments created here will be created in the context of that merge request.
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.gitlab-ci.yml
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− 1
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......@@ -4,7 +4,7 @@ before_script:
- apt update && apt install -y gcc
- conda init bash && source ~/.bashrc && echo $CONDA_DEFAULT_ENV
- conda env create -f install/environment.root.yml
- conda activate rnaseq_pipeline && echo $CONDA_DEFAULT_ENV
- conda activate rhea && echo $CONDA_DEFAULT_ENV
- conda env update -f install/environment.dev.yml
test:
......
README.md
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# RNA-Seq pipeline
# Rhea pipeline
[Snakemake][snakemake] workflow for general purpose RNA-Seq library annotation
developed by the [Zavolan lab][zavolan-lab].
......@@ -29,8 +29,8 @@ Traverse to the desired path on your file system, then clone the repository and
move into it with:
```bash
git clone ssh://git@git.scicore.unibas.ch:2222/zavolan_group/pipelines/rnaseqpipeline.git
cd rnaseqpipeline
git clone ssh://git@git.scicore.unibas.ch:2222/zavolan_group/pipelines/rhea.git
cd rhea
```
### Installing Conda
......@@ -87,7 +87,7 @@ conda env create -f install/environment.root.yml
Activate the Conda environment with:
```bash
conda activate rnaseq_pipeline
conda activate rhea
```
### Installing non-essential dependencies
......
Snakefile
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......@@ -5,6 +5,8 @@ import sys
import pandas as pd
import shutil
import glob
from zipfile import ZipFile
# Get sample table
samples_table = pd.read_csv(
......@@ -17,7 +19,8 @@ samples_table = pd.read_csv(
)
# Global config
localrules: finish, rename_star_rpm_for_alfa
localrules: finish, rename_star_rpm_for_alfa, prepare_files_for_report, \
prepare_MultiQC_config
# Create log directories
os.makedirs(
......@@ -44,76 +47,11 @@ rule finish:
Rule for collecting outputs
"""
input:
outdir1 = expand(
os.path.join(
config['output_dir'],
"{seqmode}",
"{sample}",
"mate1_fastqc"),
zip,
sample=[i for i in list(samples_table.index.values)],
seqmode=[samples_table.loc[i, 'seqmode']
for i in list(samples_table.index.values)]),
pseudoalignment = expand(
MultiQC_report = expand(
os.path.join(
config['output_dir'],
"{seqmode}",
"{sample}",
"quant_kallisto",
"{sample}.kallisto.pseudo.sam"),
zip,
sample=[i for i in list(samples_table.index.values)],
seqmode=[samples_table.loc[i, 'seqmode']
for i in list(samples_table.index.values)]),
TIN_boxplot_PNG = os.path.join(
config['output_dir'],
"TIN_scores_boxplot.png"),
TIN_boxplot_PDF = os.path.join(
config['output_dir'],
"TIN_scores_boxplot.pdf"),
salmon_merge_genes = expand(
os.path.join(
config["output_dir"],
"summary_salmon",
"quantmerge",
"genes_{salmon_merge_on}.tsv"),
salmon_merge_on=["tpm", "numreads"]),
salmon_merge_transcripts = expand(
os.path.join(
config["output_dir"],
"summary_salmon",
"quantmerge",
"transcripts_{salmon_merge_on}.tsv"),
salmon_merge_on=["tpm", "numreads"]),
star_rpm = expand(
os.path.join(
config["output_dir"],
"{seqmode}",
"{sample}",
"STAR_coverage",
"{sample}_Signal.UniqueMultiple.str1.out.bg"),
zip,
sample=[i for i in list(samples_table.index.values)],
seqmode=[samples_table.loc[i, 'seqmode']
for i in list(samples_table.index.values)]),
alfa_reports = expand(os.path.join(
config["output_dir"],
"{seqmode}",
"{sample}",
"ALFA",
"ALFA_plots.Biotypes.pdf"),
zip,
sample= [i for i in list(samples_table.index.values)],
seqmode= [
samples_table.loc[i,"seqmode"]
for i in list(samples_table.index.values)]),
alfa_all_samples = os.path.join(
config["output_dir"],
"ALFA",
"ALFA_plots.Categories.pdf")
"multiqc_summary"),
output_dir=config["output_dir"])
rule create_index_star:
"""
......@@ -921,3 +859,377 @@ rule alfa_qc_all_samples:
"""
(alfa -c {input.tables} -o {params.out_dir}) &> {log}
"""
rule prepare_files_for_report:
'''
Re-structure the results and add comments for MultiQC parsing
'''
input:
outdir1 = expand(
os.path.join(
config['output_dir'],
"{seqmode}",
"{sample}",
"mate1_fastqc"),
zip,
sample=[i for i in list(samples_table.index.values)],
seqmode=[samples_table.loc[i, 'seqmode']
for i in list(samples_table.index.values)]),
pseudoalignment = expand(
os.path.join(
config['output_dir'],
"{seqmode}",
"{sample}",
"quant_kallisto",
"{sample}.kallisto.pseudo.sam"),
zip,
sample=[i for i in list(samples_table.index.values)],
seqmode=[samples_table.loc[i, 'seqmode']
for i in list(samples_table.index.values)]),
TIN_boxplot_PNG = os.path.join(
config['output_dir'],
"TIN_scores_boxplot.png"),
TIN_boxplot_PDF = os.path.join(
config['output_dir'],
"TIN_scores_boxplot.pdf"),
salmon_merge_genes = expand(
os.path.join(
config["output_dir"],
"summary_salmon",
"quantmerge",
"genes_{salmon_merge_on}.tsv"),
salmon_merge_on=["tpm", "numreads"]),
salmon_merge_transcripts = expand(
os.path.join(
config["output_dir"],
"summary_salmon",
"quantmerge",
"transcripts_{salmon_merge_on}.tsv"),
salmon_merge_on=["tpm", "numreads"]),
star_rpm = expand(
os.path.join(
config["output_dir"],
"{seqmode}",
"{sample}",
"STAR_coverage",
"{sample}_Signal.UniqueMultiple.str1.out.bg"),
zip,
sample=[i for i in list(samples_table.index.values)],
seqmode=[samples_table.loc[i, 'seqmode']
for i in list(samples_table.index.values)]),
alfa_reports = expand(os.path.join(
config["output_dir"],
"{seqmode}",
"{sample}",
"ALFA",
"ALFA_plots.Biotypes.pdf"),
zip,
sample= [i for i in list(samples_table.index.values)],
seqmode= [
samples_table.loc[i,"seqmode"]
for i in list(samples_table.index.values)]),
alfa_all_samples = os.path.join(
config["output_dir"],
"ALFA",
"ALFA_plots.Categories.pdf")
output:
samples_dir = directory(os.path.join(
"{output_dir}",
"samples"))
params:
results_dir = config["output_dir"],
log_dir = config["log_dir"],
log_samples_dir = os.path.join(
config["log_dir"],
"samples")
log:
LOG_local_log = \
os.path.join("{output_dir}", "local_log", \
"prepare_files_for_report.log")
run:
# remove "single/paired end" from the results directories
os.mkdir(output.samples_dir)
# move paired end results
paired_end_dir = glob.glob(
os.path.join(
params.results_dir,
"paired_end",
"*"))
for s in paired_end_dir:
sample_name = s.split("/")[-1]
shutil.copytree(
s, \
os.path.join(
params.results_dir,
"samples",
sample_name))
shutil.rmtree(
os.path.join(
params.results_dir,
"paired_end"),
ignore_errors=False,
onerror=None)
# move single end results
single_end_dir = glob.glob(
os.path.join(
params.results_dir,
"single_end",
"*"))
for s in single_end_dir:
sample_name = s.split("/")[-1]
shutil.copytree(
s, \
os.path.join(
params.results_dir,
"samples",
sample_name))
shutil.rmtree(
os.path.join(
params.results_dir,
"single_end"),
ignore_errors=False,
onerror=None)
# remove "single/paired end" from the logs directories
os.mkdir(params.log_samples_dir)
# move paired end results
paired_end_dir = glob.glob(
os.path.join(
params.log_dir,
"paired_end",
"*"))
for s in paired_end_dir:
sample_name = s.split("/")[-1]
shutil.copytree(
s, \
os.path.join(
params.log_dir,
"samples",
sample_name))
shutil.rmtree(
os.path.join(
params.log_dir,
"paired_end"),
ignore_errors=False,
onerror=None)
# move single end results
single_end_dir = glob.glob(
os.path.join(
params.log_dir,
"single_end",
"*"))
for s in single_end_dir:
sample_name = s.split("/")[-1]
shutil.copytree(
s, \
os.path.join(
params.log_dir,
"samples",
sample_name))
shutil.rmtree(
os.path.join(
params.log_dir,
"single_end"),
ignore_errors=False,
onerror=None)
# encapsulate salmon quantification results
all_samples_dirs = glob.glob(
os.path.join(
params.results_dir,
"samples",
"*"))
for s in all_samples_dirs:
sample_name = s.split("/")[-1]
shutil.move(
os.path.join(
s,
"salmon_quant"),
os.path.join(
s,
sample_name)
)
os.mkdir(os.path.join(
s,
"salmon_quant"))
shutil.move(
os.path.join(
s,
sample_name),
os.path.join(
s,
"salmon_quant",
sample_name)
)
# adjust FastQC results 'Filename' field:
fastq_zip_list = glob.glob(
os.path.join(
params.results_dir,
"samples",
"*",
"*_fastqc",
"*_fastqc.zip"))
for zipfile in fastq_zip_list:
sample_name = zipfile.split("/")[-3]
zipfile_path_chunks = zipfile.split("/")
new_path = os.path.join(*(zipfile_path_chunks[:-1]))
with ZipFile(zipfile, 'r') as zip_f:
zip_f.extractall(new_path)
fastqc_data_f = os.path.join(
zipfile[:-4],
"fastqc_data.txt")
with open(fastqc_data_f) as f:
log_lines = f.read().splitlines()
log_lines[3] = "Filename\t" + sample_name+"|"+log_lines[3].split("\t")[1]
with open(fastqc_data_f, "w") as f:
for i in log_lines: f.write(i+"\n")
os.remove(zipfile)
# adjust Kallisto quantification logs
kallisto_logs = glob.glob(
os.path.join(
params.log_dir,
"samples",
"*",
"genome_quantification_kallisto.stderr.log"))
for kallisto_log in kallisto_logs:
with open(kallisto_log) as f:
log_lines = f.read().splitlines()
temp = log_lines[8].split(".")
log_lines[8] = temp[0] + "." + temp[2] + "." + temp[3]
with open(kallisto_log+".MODIFIED", "w") as f:
for i in log_lines: f.write(i+"\n")
# add #-comment to all cutadapt logs:
cutadapt_logs = glob.glob(
os.path.join(
params.log_dir,
"samples",
"*",
"remove_*_cutadapt.stdout.log"))
for cutadapt_log in cutadapt_logs:
sample_name = cutadapt_log.split("/")[-2]
with open(cutadapt_log) as f:
log_lines = f.read().splitlines()
log_lines[1] = log_lines[1] + " # " + sample_name
with open(cutadapt_log, "w") as f:
for i in log_lines: f.write(i+"\n")
# adjust TIN boxplots filenames for MutliQC recognition
os.rename(
input.TIN_boxplot_PNG,
os.path.join(
params.results_dir,
"TIN scores_mqc.png"))
os.rename(
input.TIN_boxplot_PDF,
os.path.join(
params.results_dir,
"TIN scores_mqc.pdf"))
rule prepare_MultiQC_config:
'''
Prepare config for the MultiQC
'''
input:
multiqc_input_dir = os.path.join(
"{output_dir}",
"samples")
output:
multiqc_config = os.path.join(
"{output_dir}",
"MultiQC_config.yaml")
params:
logo_path = os.path.join(
"..",
"..",
"images",
"logo.128px.png"),
results_dir = config["output_dir"]
log:
LOG_local_log = \
os.path.join("{output_dir}", "local_log", \
"prepare_MultiQC_config.log")
run:
with open(output.multiqc_config, "w") as YAML:
YAML.write("---\n\n")
YAML.write("title: \"Rhea\"\n")
YAML.write("subtitle: \"RNA-Seq processing pipeline developed by the members of Zavolan Lab\"\n")
YAML.write("intro_text: \"Short analysis title from config[analysis_title]\"\n")
YAML.write("custom_logo: \""+params.logo_path+"\"\n")
YAML.write("custom_logo_url: \"https://www.biozentrum.unibas.ch/research/researchgroups/overview/unit/zavolan/research-group-mihaela-zavolan/\"\n")
YAML.write("custom_logo_title: \"ZavoLab\"\n\n")
YAML.write("report_header_info:\n")
YAML.write(" - Project Type: \"Snakemake workflow\"\n")
YAML.write(" - Analysis Type: \"RNA-seq\"\n")
YAML.write(" - Analysis Author: \"config[author_name]\"\n")
YAML.write(" - Contact E-mail: \"config[author_email]\"\n\n")
YAML.write("top_modules:\n\n")
YAML.write(" - fastqc:\n")
YAML.write(" path_filters:\n")
YAML.write(" - \"*/mate1_fastqc/*\"\n")
YAML.write(" - \"*/mate2_fastqc/*\"\n")
YAML.write("\n")
YAML.write(" - cutadapt:\n")
YAML.write(" name: \"Cutadapt: adapter removal\"\n")
YAML.write(" path_filters:\n")
YAML.write(" - \"*/remove_adapters_cutadapt.stdout.log\"\n")
YAML.write("\n")
YAML.write(" - cutadapt:\n")
YAML.write(" name: \"Cutadapt: polyA tails removal\"\n")
YAML.write(" path_filters:\n")
YAML.write(" - \"*/remove_polya_cutadapt.stdout.log\"\n")
YAML.write("\n")
YAML.write(" - star:\n")
YAML.write(" path_filters:\n")
YAML.write(" - \"*/map_genome/*\"\n")
YAML.write("\n")
YAML.write(" - TIN_scores:\n")
YAML.write(" path_filters:\n")
YAML.write(" - \"*/TIN scores_mqc.png\"\n")
YAML.write("\n")
YAML.write(" - salmon:\n")
YAML.write(" path_filters:\n")
YAML.write(" - \"*/salmon_quant/*\"\n")
YAML.write("\n")
YAML.write(" - kallisto:\n")
YAML.write(" path_filters:\n")
YAML.write(" - \"*/genome_quantification_kallisto.stderr.log.MODIFIED\"\n")
YAML.write("\n")
YAML.write("...")
rule MULTIQC_report:
'''
Create report with MultiQC
'''
input:
multiqc_config = os.path.join(
config["output_dir"],
"MultiQC_config.yaml")
output:
MultiQC_report = \
directory(os.path.join("{output_dir}", "multiqc_summary"))
params:
results_dir = config["output_dir"],
log_dir = config["log_dir"]
log:
LOG_local_log = \
os.path.join("{output_dir}", "local_log", \
"MULTIQC_report.log")
singularity:
"docker://ewels/multiqc:1.7"
shell:
"""
multiqc \
--outdir {output.MultiQC_report} \
--config {input.multiqc_config} \
{params.results_dir} \
{params.log_dir} \
&> {log.LOG_local_log};
"""
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install/environment.dev.yml
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name: rnaseq_pipeline
name: rhea
channels:
- bioconda
- conda-forge
......
install/environment.root.yml
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− 1
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name: rnaseq_pipeline
name: rhea
channels:
- conda-forge
- defaults
......
install/environment.yml
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name: rnaseq_pipeline
name: rhea
channels:
- defaults
dependencies:
......
pipeline_documentation.md
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# RNAseq pipeline documentation
# Rhea workflow documentation
This document describes the individual rules of the pipeline for information purposes. For instructions on installation and usage please refer to the [README](README.md).
## Overview
......@@ -14,11 +14,16 @@ This document describes the individual rules of the pipeline for information pur
* **star_rpm**
* **rename_star_rpm_for_alfa**
* **calculate_TIN_scores**
* **merge_TIN_scores**
* **plot_TIN_scores**
* **salmon_quantmerge_genes**
* **salmon_quantmerge_transcripts**
* **generate_alfa_index**
* **alfa_qc**
* **alfa_qc_all_samples**
* **prepare_files_for_report**
* **prepare_MultiQC_config**
* **MULTIQC_report**
### Sequencing mode specific
* **(pe_)fastqc**
......@@ -160,6 +165,22 @@ Given a set of BAM files and a gene annotation BED file, calculates the Transcri
#### merge_TIN_scores
Concatenates the tsv files of all samples into one wider table.
**Input:** TIN score tsv files per sample
**Output:** TIN score tsv file for all samples
#### plot_TIN_scores
Generates sample-wise [boxplots](https://en.wikipedia.org/wiki/Box_plot) of TIN scores.
**Input:** TIN score tsv file for all samples
**Output:** .pdf and .png files with boxplots
#### salmon_quantmerge_genes
Merge the salmon quantification *gene* results for all samples of same sequencing mode into a single file. Do this for tpm and number of reads separately.
......@@ -197,7 +218,29 @@ The main output of ALFA are two plots, `ALFA_Biotypes.pdf` and `ALFA_Categories.
Combine the output of all samples into one plot generated by [ALFA](https://github.com/biocompibens/ALFA).
**Input:** ALFA_feature_counts.tsv from each sample in `samples.tsv`
**Output:** ALFA_Biotypes.pdf and ALFA_Categories.pdf for all samples together
**Output:** ALFA_Biotypes.pdf and ALFA_Categories.pdf for all samples together
#### prepare_files_for_report
This is an internal rule with `run` directive. It gathers all the output files, restructures the `log` and `results` directories and modifies some `stdout` and `stderr` streams of previous rules for proper parsing of sample names in the final report.
#### prepare_MultiQC_config
Prepares a dedicated config file for [MultiQC](https://multiqc.info/).
**Input:** Currently directories created during `prepare_files_for_report` serve as input.
**Output:** Config file in .yaml format
#### MULTIQC_report
Creates an interactive report after the pipeline is finished. [MultiQC](https://multiqc.info/) gathers results and logs after distinct bioinformatics tools, parses them and presents the output graphically in an HTML file.
**Input:** Config file fort MultiQC in .yaml format
**Output:** Directory with automatically generated HTML report
### Sequencing mode specific rules
......@@ -315,3 +358,4 @@ Spliced Transcripts Alignment to a Reference; Read the [Publication](https://www
* -l: fragment length, user specified as `mean`
* -s: fragment length SD, user specified as `sd`
tests/test_alfa/test.sh
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......@@ -31,7 +31,7 @@ snakemake \
--printshellcmds \
--rerun-incomplete \
--use-singularity \
--singularity-args="--bind ${PWD}/../input_files" \
--singularity-args="--bind ${PWD}/../input_files,${PWD}/../../images" \
--verbose \
results/ALFA/ALFA_plots.Categories.pdf
......
tests/test_integration_workflow/expected_output.files
+ 62
− 62
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......@@ -16,66 +16,66 @@ results/star_indexes/homo_sapiens/75/STAR_index/sjdbInfo.txt
results/star_indexes/homo_sapiens/75/STAR_index/sjdbList.fromGTF.out.tab
results/star_indexes/homo_sapiens/75/STAR_index/sjdbList.out.tab
results/star_indexes/homo_sapiens/75/STAR_index/transcriptInfo.tab
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/synthetic_10_reads_paired_synthetic_10_reads_paired.remove_adapters_mate1.fastq
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/synthetic_10_reads_paired_synthetic_10_reads_paired.remove_adapters_mate2.fastq
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/synthetic_10_reads_paired_synthetic_10_reads_paired.remove_polya_mate1.fastq
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/synthetic_10_reads_paired_synthetic_10_reads_paired.remove_polya_mate2.fastq
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/map_genome/synthetic_10_reads_paired_synthetic_10_reads_paired_SJ.out.tab
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/fastqc_data.txt
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/fastqc.fo
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/summary.txt
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/adapter_content.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/duplication_levels.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_n_content.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_quality.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_sequence_content.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_sequence_gc_content.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_sequence_quality.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_tile_quality.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/sequence_length_distribution.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/fastqc_data.txt
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/fastqc.fo
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/summary.txt
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/adapter_content.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/duplication_levels.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_base_n_content.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_base_quality.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_base_sequence_content.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_sequence_gc_content.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_sequence_quality.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_tile_quality.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/sequence_length_distribution.png
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/quant_kallisto/abundance.tsv
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/quant_kallisto/pseudoalignments.bam
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/quant_kallisto/synthetic_10_reads_paired_synthetic_10_reads_paired.kallisto.pseudo.sam
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/lib_format_counts.json
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/aux_info/ambig_info.tsv
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/aux_info/expected_bias
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/aux_info/observed_bias
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/aux_info/observed_bias_3p
results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/aux_info/unmapped_names.txt
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1.remove_adapters_mate1.fastq
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1.remove_polya_mate1.fastq
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/map_genome/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1_SJ.out.tab
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/fastqc_data.txt
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/fastqc.fo
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/summary.txt
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/adapter_content.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/duplication_levels.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_n_content.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_quality.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_sequence_content.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_sequence_gc_content.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_sequence_quality.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_tile_quality.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/sequence_length_distribution.png
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/quant_kallisto/abundance.tsv
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/quant_kallisto/pseudoalignments.bam
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/quant_kallisto/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1.kallisto.pseudo.sam
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/lib_format_counts.json
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/aux_info/ambig_info.tsv
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/aux_info/expected_bias
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/aux_info/observed_bias
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/aux_info/observed_bias_3p
results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/aux_info/unmapped_names.txt
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/synthetic_10_reads_paired_synthetic_10_reads_paired.remove_adapters_mate1.fastq
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/synthetic_10_reads_paired_synthetic_10_reads_paired.remove_adapters_mate2.fastq
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/synthetic_10_reads_paired_synthetic_10_reads_paired.remove_polya_mate1.fastq
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/synthetic_10_reads_paired_synthetic_10_reads_paired.remove_polya_mate2.fastq
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/map_genome/synthetic_10_reads_paired_synthetic_10_reads_paired_SJ.out.tab
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/fastqc_data.txt
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/fastqc.fo
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/summary.txt
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/adapter_content.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/duplication_levels.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_n_content.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_quality.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_sequence_content.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_sequence_gc_content.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_sequence_quality.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_tile_quality.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate1_fastqc/synthetic.mate_1_fastqc/Images/sequence_length_distribution.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/fastqc_data.txt
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/fastqc.fo
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/summary.txt
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/adapter_content.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/duplication_levels.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_base_n_content.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_base_quality.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_base_sequence_content.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_sequence_gc_content.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_sequence_quality.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/per_tile_quality.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/mate2_fastqc/synthetic.mate_2_fastqc/Images/sequence_length_distribution.png
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/quant_kallisto/abundance.tsv
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/quant_kallisto/pseudoalignments.bam
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/quant_kallisto/synthetic_10_reads_paired_synthetic_10_reads_paired.kallisto.pseudo.sam
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/synthetic_10_reads_paired_synthetic_10_reads_paired/lib_format_counts.json
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/synthetic_10_reads_paired_synthetic_10_reads_paired/aux_info/ambig_info.tsv
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/synthetic_10_reads_paired_synthetic_10_reads_paired/aux_info/expected_bias
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/synthetic_10_reads_paired_synthetic_10_reads_paired/aux_info/observed_bias
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/synthetic_10_reads_paired_synthetic_10_reads_paired/aux_info/observed_bias_3p
results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/synthetic_10_reads_paired_synthetic_10_reads_paired/aux_info/unmapped_names.txt
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1.remove_adapters_mate1.fastq
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1.remove_polya_mate1.fastq
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/map_genome/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1_SJ.out.tab
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/fastqc_data.txt
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/fastqc.fo
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/summary.txt
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/adapter_content.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/duplication_levels.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_n_content.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_quality.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_base_sequence_content.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_sequence_gc_content.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_sequence_quality.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/per_tile_quality.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/mate1_fastqc/synthetic.mate_1_fastqc/Images/sequence_length_distribution.png
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/quant_kallisto/abundance.tsv
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/quant_kallisto/pseudoalignments.bam
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/quant_kallisto/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1.kallisto.pseudo.sam
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/lib_format_counts.json
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/aux_info/ambig_info.tsv
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/aux_info/expected_bias
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/aux_info/observed_bias
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/aux_info/observed_bias_3p
results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/aux_info/unmapped_names.txt
results/transcriptome/homo_sapiens/transcriptome.fa
tests/test_integration_workflow/expected_output.md5
+ 76
− 76
View file @ 78fccac8
This diff is collapsed.
tests/test_integration_workflow/test.local.sh
+ 5
− 5
View file @ 78fccac8
......@@ -29,7 +29,7 @@ snakemake \
--printshellcmds \
--rerun-incomplete \
--use-singularity \
--singularity-args="--bind ${PWD}/../input_files" \
--singularity-args="--bind ${PWD}/../input_files,${PWD}/../../images" \
--verbose
# Check md5 sum of some output files
......@@ -55,7 +55,7 @@ md5sum --check "expected_output.md5"
echo "Verifying STAR output"
result=$(bedtools intersect -F 1 -v -bed \
-a ../input_files/synthetic.mate_1.bed \
-b results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/map_genome/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1_Aligned.sortedByCoord.out.bam \
-b results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/map_genome/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1_Aligned.sortedByCoord.out.bam \
| wc -l)
if [ $result != "0" ]; then
echo "Alignments for mate 1 reads are not consistent with ground truth"
......@@ -63,7 +63,7 @@ if [ $result != "0" ]; then
fi
result=$(bedtools intersect -F 1 -v -bed \
-a <(cat ../input_files/synthetic.mate_1.bed ../input_files/synthetic.mate_2.bed) \
-b results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/map_genome/synthetic_10_reads_paired_synthetic_10_reads_paired_Aligned.sortedByCoord.out.bam \
-b results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/map_genome/synthetic_10_reads_paired_synthetic_10_reads_paired_Aligned.sortedByCoord.out.bam \
| wc -l)
if [ $result != "0" ]; then
echo "Alignments for mate 1 reads are not consistent with ground truth"
......@@ -73,9 +73,9 @@ fi
# Check whether Salmon assigns reads to expected genes
echo "Verifying Salmon output"
diff \
<(cat results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/quant.genes.sf | cut -f1,5 | tail -n +2 | sort -k1,1) \
<(cat results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/quant.genes.sf | cut -f1,5 | tail -n +2 | sort -k1,1) \
<(cat ../input_files/synthetic.mate_1.bed | cut -f7 | sort | uniq -c | sort -k2nr | awk '{printf($2"\t"$1"\n")}')
diff \
<(cat results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/quant.genes.sf | cut -f1,5 | tail -n +2 | sort -k1,1) \
<(cat results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/synthetic_10_reads_paired_synthetic_10_reads_paired/quant.genes.sf | cut -f1,5 | tail -n +2 | sort -k1,1) \
<(cat ../input_files/synthetic.mate_1.bed | cut -f7 | sort | uniq -c | sort -k2nr | awk '{printf($2"\t"$1"\n")}')
tests/test_integration_workflow/test.slurm.sh
+ 5
− 5
View file @ 78fccac8
......@@ -31,7 +31,7 @@ snakemake \
--printshellcmds \
--rerun-incomplete \
--use-singularity \
--singularity-args="--bind ${PWD}/../input_files" \
--singularity-args="--bind ${PWD}/../input_files,${PWD}/../../images" \
--verbose
# Check md5 sum of some output files
......@@ -57,7 +57,7 @@ md5sum --check "expected_output.md5"
echo "Verifying STAR output"
result=$(bedtools intersect -F 1 -v -bed \
-a ../input_files/synthetic.mate_1.bed \
-b results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/map_genome/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1_Aligned.sortedByCoord.out.bam \
-b results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/map_genome/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1_Aligned.sortedByCoord.out.bam \
| wc -l)
if [ $result != "0" ]; then
echo "Alignments for mate 1 reads are not consistent with ground truth"
......@@ -65,7 +65,7 @@ if [ $result != "0" ]; then
fi
result=$(bedtools intersect -F 1 -v -bed \
-a <(cat ../input_files/synthetic.mate_1.bed ../input_files/synthetic.mate_2.bed) \
-b results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/map_genome/synthetic_10_reads_paired_synthetic_10_reads_paired_Aligned.sortedByCoord.out.bam \
-b results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/map_genome/synthetic_10_reads_paired_synthetic_10_reads_paired_Aligned.sortedByCoord.out.bam \
| wc -l)
if [ $result != "0" ]; then
echo "Alignments for mate 1 reads are not consistent with ground truth"
......@@ -75,9 +75,9 @@ fi
# Check whether Salmon assigns reads to expected genes
echo "Verifying Salmon output"
diff \
<(cat results/single_end/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/quant.genes.sf | cut -f1,5 | tail -n +2 | sort -k1,1) \
<(cat results/samples/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/salmon_quant/synthetic_10_reads_mate_1_synthetic_10_reads_mate_1/quant.genes.sf | cut -f1,5 | tail -n +2 | sort -k1,1) \
<(cat ../input_files/synthetic.mate_1.bed | cut -f7 | sort | uniq -c | sort -k2nr | awk '{printf($2"\t"$1"\n")}')
diff \
<(cat results/paired_end/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/quant.genes.sf | cut -f1,5 | tail -n +2 | sort -k1,1) \
<(cat results/samples/synthetic_10_reads_paired_synthetic_10_reads_paired/salmon_quant/synthetic_10_reads_paired_synthetic_10_reads_paired/quant.genes.sf | cut -f1,5 | tail -n +2 | sort -k1,1) \
<(cat ../input_files/synthetic.mate_1.bed | cut -f7 | sort | uniq -c | sort -k2nr | awk '{printf($2"\t"$1"\n")}')
workflow/rules/paired_end.snakefile.smk
+ 1
− 1
View file @ 78fccac8
......@@ -183,7 +183,7 @@ rule pe_remove_polya_cutadapt:
-o {output.reads1} \
-p {output.reads2} \
{input.reads1} \
{input.reads2};) \
{input.reads2}) \
1> {log.stdout} 2>{log.stderr}"
......
workflow/rules/single_end.snakefile.smk
+ 1
− 1
View file @ 78fccac8
......@@ -84,7 +84,7 @@ rule remove_adapters_cutadapt:
-a {params.adapters_3} \
-g {params.adapters_5} \
-o {output.reads} \
{input.reads};) \
{input.reads}) \
1> {log.stdout} 2> {log.stderr}"
......
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