Gc3pie app for Tn sequence pipeline
Diffusion gtn (master)
Recent Commits
Recent Commits
Commit | Author | Details | Committed | ||||
---|---|---|---|---|---|---|---|
510e350ccc65 | DiegoV | changed readme | Jan 14 2019 | ||||
52d032452364 | DiegoV | changed code-blocks syntax | Jan 14 2019 | ||||
e28baa75ef71 | DiegoV | added readme file | Jan 14 2019 | ||||
c363be7d920e | DiegoV | Added all files necessary to build the docker image | Jan 10 2019 | ||||
7e46de80fb19 | DiegoV | first commit | Jan 10 2019 |
README.md
README.md
Welcome to Gtn: a containerized gc3pie app to run Tnseq pipeline
Requirements
- Docker
- Root folder data structure:
The root folder that contains the data to be analyzed is expected:
- To have the following structure:
root folder |-- group folders |--dataset folders |--fastq files
- To adhere to the following naming convention:
A group/sample folder must be named as:
g-{'group_name'}
A dataset folder must be named as:
d{number}-g-{'group_name'}
2 FASTQ files for each dataset are expected to be named as:
d{number}-g-{'group_name'}_R1.fastq d{number}-g-{'group_name'}_R2.fastq
Example:
This is a valid root folder (example_data) structure:
example_data/ ├── g-control │ └── d1-g-control │ ├── d1-g-control_R1.fastq │ └── d1-g-control_R2.fastq └── g-treated └── d1-g-treated ├── d1-g-treated_R1.fastq └── d1-g-treated_R2.fastq
Run gtn
Cloud infrastructure (UZH only)
$ docker run -it -v /path/to/input/:/input -v /path/to/output/:/output -v /path/to/.ssh:/root/.ssh sparkvilla/tnseq
Localhost
$ docker run -it -v /path/to/input/:/input -v /path/to/output/:/output sparkvilla/tnseq localhost
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