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      README.md
  2. +6
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      defaults
  3. +12
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      inputs
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      tasks/spladder_quantification.wdl
  5. +31
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      workflow.wdl

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README.md Bestand weergeven

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# README.md

> Author: Qingwang Chen
>
> Email: [qwch20@fudan.edu.cn](mailto:qwch20@fudan.edu.cn)
>
> Last Updates: 22/08/2021

#### Brief Introduction

Having the merged graph at hand, we can now proceed to quantifying nodes and edges of the graph based on the alignment data. Each quantification will be done independently.

#### Requirements

- choppy
- Ali-Cloud
- Linux

```
# 激活choppy环境
$ source activate choppy (open-choppy-env)

# 第一次安装
$ choppy install chenqingwang/SplAdder-quantification-single
# 非第一次安装
$ choppy install chenqingwang/SplAdder-quantification-single -f

# 查询已安装APP
$ choppy apps
```

#### Quick Start

```
# 准备 samples.csv 文件
$ choppy samples chenqingwang/SplAdder-quantification-single-latest > samples.csv
# 准备无默认参数的samples.csv 文件
$ choppy samples --no-default chenqingwang/SplAdder-quantification-single-latest > samples.csv

# 提交任务
$ choppy batch chenqingwang/SplAdder-quantification-single-latest samples.csv -p Your_project_name -l Your_label

# 查询任务运行状况
$ choppy query -L Your_label | grep "status"

# 查询失败任务
$ choppy search -s Failed -p Your_project_name -u chenqingwang --short-format

# 结果文件地址
$ oss://choppy-cromwell-result/test-choppy/Your_project_name/
```

#### Description
```
# samples: The file names to be analyzed should be written line by line in this file, and the file should be uploaded to AliCloud.

```

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defaults Bestand weergeven

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{
"reference_gtf_file":"oss://pgx-reference-data/reference/spladder/SplAdder/data/reference/Homo_sapiens.GRCh38.103.gtf",
"spladder_docker":"registry.cn-shanghai.aliyuncs.com/pgx-docker-registry/spladder:v2.4.2",
"spladder_cluster":"OnDemand bcs.a2.xlarge img-ubuntu-vpc",
"disk_size":"200"
}

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inputs Bestand weergeven

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{
"{{ project_name }}.sample_id": "{{ sample_id }}",
"{{ project_name }}.bam": "{{ bam }}",
"{{ project_name }}.bai": "{{ bai }}",
"{{ project_name }}.pickle": "{{ pickle }}",
"{{ project_name }}.merge_graphs": "{{ merge_graphs }}",
"{{ project_name }}.reference_gtf_file": "{{ reference_gtf_file }}",
"{{ project_name }}.samples": "{{ samples }}",
"{{ project_name }}.spladder_docker": "{{ spladder_docker }}",
"{{ project_name }}.spladder_cluster": "{{ spladder_cluster }}",
"{{ project_name }}.disk_size": "{{ disk_size }}"
}

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tasks/spladder_quantification.wdl Bestand weergeven

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task spladder_quantification {
String sample_id
File bam
File bai
File pickle
File merge_graphs
File reference_gtf_file
File samples

String docker
String cluster
String disk_size

command <<<
set -o pipefail
set -e

mkdir -p ${sample_id}/spladder_out/spladder
ln -s ${pickle}/*.pickle ${sample_id}/spladder_out/spladder/
cat ${samples} | while read a; do ls ${sample_id}/spladder_out/spladder/ | grep $a; done >> pickle.txt
ln -s ${merge_graphs} ${sample_id}/spladder_out/spladder/

nt=$(nproc)
spladder build -o ${sample_id}/spladder_out \
--annotation ${reference_gtf_file} \
--bams ${bam} \
--confidence 2 \
--merge-strat merge_graphs \
--readlen 150 \
--parallel $nt \
--quantify-graph --qmode single\
--no-extract-ase
find . -depth > fileList.txt
>>>

runtime {
docker: docker
cluster: cluster
systemDisk: "cloud_ssd 40"
dataDisk: "cloud_ssd " + disk_size + " /cromwell_root/"
}

output {
File fileList = "fileList.txt"
File pickle_txt = "pickle.txt"
File count_hdf5 = "${sample_id}/spladder_out/spladder/*.count.hdf5"
}
}

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workflow.wdl Bestand weergeven

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import "./tasks/spladder_quantification.wdl" as spladder_quantification


workflow {{ project_name }} {
String sample_id
File bam
File bai
File pickle
File merge_graphs
File reference_gtf_file
File samples

String docker
String cluster
String disk_size

call spladder_quantification.spladder_quantification as spladder_quantification {
input:
reference_gtf_file=reference_gtf_file,
sample_id=sample_id,
bam=bam,
bai=bai,
pickle=pickle,
merge_graphs=merge_graphs,
samples=samples,
docker=spladder_docker,
cluster=spladder_cluster,
disk_size=disk_size
}
}

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